Changeable book system

ABSTRACT

A changeable book system including a book chassis configured to receive a plurality of books. The book chassis includes one or more membrane switches aligned with identifier indicia located on one or more pages of a book when the book is positioned adjacent to the book chassis. A reader may activate one or more membrane switches by pressing the corresponding identifier indicia. Activation of a membrane switch causes the book chassis to perform a function and/or produce a sound.

TECHNICAL FIELD

Embodiments of the present invention are directed to a changeable book system, and more particularly to a book chassis configured to produce a sound.

BACKGROUND

Books, primarily children's books, often include a means for interacting with a reader to help hold the reader's attention, such as by producing a sound in response to an action by the reader. Such sounds also provide additional sensory stimuli which aids in the reader's comprehension and memory of the book's contents. Accordingly, children's books are often designed to induce children to read, as well as to keep a child's interest throughout the book. For example, children's books come in a variety of shapes, sizes, and styles, and have been designed with, among other things, decorative and colorful covers, bright illustrations, scratch and sniff areas, pop-up figures, and lift-up flaps. Many of these features in the books are designed to make the books more appealing to youthful readers and to teach children new skills, such as dexterity, memory, or imagination and reasoning.

Developing children continuously learn new cognitive and physical skills. Books have been recognized as helping children with letter and word recognition, as well as improving their small motor skills. The more interactive the user is with a book, both on a cognitive level and with being able to physically manipulate portions of the book, the greater opportunity there is for the user to learn on a variety of levels.

SUMMARY

The present invention provides an interactive book system that overcomes drawbacks in the prior art and provide additional benefits. At least one embodiment of the present disclosure provides a changeable book system that has a book chassis configured for interchangeably receiving a plurality of books. The book chassis includes a receiving area removably supporting and positioning a first book thereon. The plurality of books have at least a first book, the first book having a book-identifier indicium and at least a first page with a page-identifier indicium. The page of the book also has at least a first feature indicium. The book chassis has a first membrane switch positioned adjacent to the receiving area in alignment with the book-identifier indicium, wherein the first membrane switch is activatable to identify the first book positioned on the book chassis when a user presses the book-identifier indicium. A second membrane switch is positioned adjacent to the receiving area in alignment with the page-identifier indicium. The second membrane switch is activatable to identify the first page of the first book when a user presses the page-identifier indicium after activating the first membrane switch. A third membrane switch is positioned in alignment with the first feature indicium. The third membrane switch is activatable to identify a first feature indicium on the first page of the first book when a user presses the first sound indicium after activating the first and second membrane switches.

The book chassis can include a fourth membrane switch positioned in alignment with a function-identifier indicium. The fourth membrane switch is activatable to identify a function associated with the function-identifier indicium when a user presses a first function-identifier indicium.

In one embodiment, the book chassis has a first group of book-identifier switches including a first membrane switch, each switch corresponding to a respective one of the plurality of books. Each of the plurality of books have at least a first page and a second page; and the book chassis has a second group of page-identifier switches including a first page second membrane switch corresponding to a first page and a second page second membrane switch corresponding to a second page. The book chassis may further include a plurality of feature-identifier switches, each page with a plurality of feature-identifier indicium aligned with a respective feature-identifier indicium.

Another embodiment provides a book chassis that has a receiving area configured to interchangeably receive a selected one of a plurality of books. The chassis also has an electronic package that generates a selected audible, visual, or tactile response associated with a selected portion of a chosen page of a chosen book. The chassis has a plurality of membrane switches in communication with the electronic package. The membrane switches include a first membrane switch adjacent to a first portion of the receiving area to be in alignment with a book-identifier indicia on the selected one of the plurality of books to identify the presence of the first book on the receiving area. A second membrane switch is adjacent to a second portion of the receiving area to be in alignment with a page-identifier indicia on the selected page to identify the selected page of the selected book. A third membrane switch positioned is adjacent to a third portion of the receiving area to be in alignment with a sound indicia on the selected page. The electronic package generates the selected sound upon activation of the third membrane switch after activation of the first and second membrane switches.

In some embodiments, the book chassis may further include a fourth membrane switch positioned in alignment with a function-identifier indicium, wherein the fourth membrane switch is activatable to identify a first function indicium when a user presses a first function indicium. The book chassis may also include a border region, wherein the function-identifier indicium is located at the border region.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1A is a front view of a changeable book system in accordance with an embodiment of the present disclosure, where the system has a book chassis shown in a closed position.

FIG. 1B shows a side perspective view of the book chassis of FIG. 1A in a closed position.

FIG. 1C shows a rear view of the book chassis of FIG. 1A.

FIG. 2A shows a front view of the book chassis of FIG. 1A in an open position.

FIG. 2B shows a side perspective view of the book chassis of FIG. 2A in an open position.

FIG. 3 illustrates a plurality of books interchangeably useable with the book chassis of FIG. 1A.

FIG. 4A illustrates a changeable book system with a selected book on the book chassis, wherein the book is open to a first page, in accordance with embodiments of the present invention.

FIG. 4B illustrates a changeable book system with a selected book on the book chassis, wherein the book is open to a second page, in accordance with embodiments of the present invention.

Appendix A include photos, drawings and/or other illustrations showing embodiments or features of the changeable book system.

DETAILED DESCRIPTION

A book system 10 in accordance with embodiments of the present disclosure is shown in the drawings for purposes of illustration. The changeable book system 10 comprises a book chassis 20 configured to receive any one of a plurality of books 54. In operation, any one of the plurality of books 54 may be removably positioned on a receiving area 34 of the chassis' main body 26. The book chassis 20 and each book are configured to allow the chassis 20 to identify which book is on the receiving area 34, which page 58 of the book 56 the reader is reading or otherwise interacting with, and which feature on the page the user has selected, so that the chassis 20 can provide a unique sound or other interactive feedback corresponding to the selected feature. In at least one embodiment, a plurality of switches, such as membrane switches, are positioned within the book chassis 20 and aligned with book-identifier, page-identifier, and/or sound- or feature-identifier indicia on one or more pages 58 of a book 56. As explained in greater detail below, the book chassis 20 is configured so that activation of one or more of the switches 45 identifies the particular book, the page of the book and the interactive feature on the page to produce a sound or other interactive response corresponding to the chosen sound and/or feature indicium.

FIGS. 1A-1C depict a book chassis 20 of one embodiment in a “closed” position. The book chassis 20 includes a front cover 22 connected by a binding 28 to a rear cover 24 with a main body 26 therebetween. The front and rear covers 22, 24 include an outside cover and an inside cover 22 a, 22 b and 24 a, 24 b, respectively. The rear cover 24 may be contiguous with or separate from the main body 26. As shown in FIG. 1C, the rear outside cover 24 b may contain a plurality of apertures aligned with a speaker 40 and/or a battery housing 42 contained in the body 26. The front cover 22, rear cover 24 and/or binding 28 may have artwork thereon and may be laminated to have a glossy surface. In other embodiments, book chassis 20 may not include a front 22 or a rear 24 cover.

As illustrated in FIGS. 2A and 2B, the front cover 22 is moveable between a closed positioned (FIGS. 1A-1C) and an open position (FIGS. 2A-2B) to cover or expose a book receiving area 34 of the chassis' main body 26. The receiving area 34 is surrounded by a border region 36 which may include one or more function-identifier indicia 38 a-38 g. While illustrated embodiments of the main body 26 show a square-shaped receiving area 34 with a rectangular border region 36, the receiving area 34 and/or border region 36 may comprise other shapes or sizes.

Referring to FIG. 3, the book system 10 also comprises a plurality of books 54 for placement on the receiving area 34 of the book chassis 20. Although three books are shown, the plurality of books 54 may include more or less than three books. Each book 56 includes one or more pages 58 between a front cover 60 and a rear cover 62. When a chosen book 56 is positioned on receiving area 26, the edge of the book 56 and/or pages 58 is adjacent to function-identifier indicia 38 a-38 g (explained in greater detail below) so that such indicia are exposed and available while reading. In other embodiments, the book 56 may comprise a single page without a front 60 or rear cover 62.

Each book 56 further includes a plurality of unique identifier indicia 57 positioned in selected locations or regions and used to prompt interaction by the reader with the book while reading. These identifier indicia 57 are used to allow the book chassis 20 to identify which book 54 is on the receiving area 34, which page 58 of the selected book 56 the user is reading or viewing, and which feature on the selected page the user has selected. As used herein, “indicium” or “indicia” refers to any pictorial, tactile, symbolic and/or numerical communicative representation or indicator located on the upper surface of a page 58, front cover 60, or back cover 62 positioned relative to chassis to align with corresponding membrane switches 45 for control of the chassis. Pressing the page 58 at the indicium 57 activates the corresponding membrane switch, causing the book chassis 20 to perform a predetermined function, such as, for example, emitting a sound or other audible, visual, or tactile response corresponding to the selected indicium.

For explanatory purposes, the identifier indicia 57 in each book 56 are grouped into one or more general categories, such as book-identifier indicia 64 a-64 c, page-identifier indicia 66 a-66 d, sound or feature-identifier indicia 68 a-68 i, etc. (FIG. 3). Indicia within the same general category share a common general region on each page 58 of the plurality of books 54. For example, in the embodiment shown in FIG. 3, the book-identifier indicia 64 a-64 c are located along a top edge region 51 of the book 56 and/or page 58. When page-identifier indicia 66 a-66 d are located along a side edge region 53 of each page, and the feature-identifier indicia 68 a-68 i are located in a center region 55 of each page. Each common region is further broken down into unique locations for use in identifying the chosen book and/or to distinguish one book from another. For example, in the embodiment shown in FIG. 3, the book-identifier region 51 is broken down into three unique locations. The book-identifier indicium 64 a for a first book 56 a (“Book 1”) is located in the far left corner of the top edge region 51. The book-identifier indicium 64 b (“Book 2”) for a second book 56 b is located in the middle of the top edge region 51. The book-identifier indicium 64 c for a third book 56 c (“Book 3”) is located in the middle of the top edge region 51. In other embodiments, the set of books 56 may have more or less than three book-identifier indicia, and thus more or less than three unique locations can be provided within the book identifier region 51. Likewise, the book-identifier region 51 may be located anywhere on the page of the book, so long as it doesn't conflict with other regions corresponding to other membrane switch locations. In operation, pressing the page 56 at a book-identifier indicium 64 when the book is properly seated on the chassis' receiving area activates the corresponding membrane switch, causing the electronic package 44 and/or processor 41 to identify which of the three books is positioned on the chassis. The books 56 and associated pages must be flexible enough to allow activation of one switch without inadvertently activating an adjacent switch.

In the embodiment shown in FIGS. 3, 4A and 4B, the common page-identifier region 53 is broken down into four unique locations. The page-identifier indicium 66 a (shown as a “Go” prompt) for a first page 58 a of each of the books 54 is located at the top of the side edge region 53. The page-identifier indicium 66 b (shown as a “Go” prompt) for a second page 58 b of each of the books 54 is located out of vertical alignment with the first page-identifier indicia 66 a, relative to the receiving area 34 at the side edge region 53 (shown in FIG. 4). Each book 54 has one page-identifier indicium 66 per page, and each book 54 may have more or less than four pages and four page-identifier indicia 66, and thus more or less than four unique locations within the common page-identifier region 53. Likewise, the page-identifier region 53 may be located anywhere on the pages 58 of the books 56. In operation, provided it does not conflict with other regions and associated switches. In operation, when a reader pressing the chosen book's page 56 at a page-identifier indicium 66, this presses and activates the corresponding membrane switch aligned with the selected page-identifier indicium, thereby causing the electronic package 44 and/or processor 41 to identify which page of the book is being viewed by the reader.

A plurality of sound and/or feature identifier-indicia 68 a-68 i also has unique locations within the common center region 55 of each page of each book. For example, in the embodiment shown in FIG. 3, the center region 55 is broken down into nine unique locations. As best shown by third book 56 c for purposes of explanation, an “egg” indicium comprises the top left location of the illustrated page, a “candy” indicium comprises the top center location, a “cookies” indicium comprises the top right location, etc. In other embodiments, book 56 may have more or less than nine feature-identifier indicia per page, and thus more or less than nine unique locations within the common center region 55. Likewise, the feature-identifier common region 55 may be located anywhere on the page of the book, provided is does not conflict with other regions and associated membrane switches. In operation, pressing the page 56 at the feature-identifier indicium 68 activates the corresponding membrane switch in the chassis aligned with that indicium 68, causing the electronic package 44 and/or processor 41 to identify the chosen feature on the chosen page of the chosen book, prompting the book chassis 20 to provide an interactive response (as discussed in greater detail below) corresponding to that chosen feature. For example, the illustrated embodiment shows a selected page of a book that has several features, including a picture of an apple. If a reader presses on the book's page at the image of the apple, the associated pressure will activate a membrane switch aligned with that “apple” indicium 68 a. Because the reader had previously selected (i.e., pressed) the correct indicia for the chosen book and has previously selected the correct indicia for the chosen page, when the reader the presses on the page at the chosen feature indicium 68 a, the book chassis knows that the reader is pushing on the image of the apple. Accordingly, the book chassis 20 may audibly reproduce the word “apple,” spell the word “apple,” tell a brief story involving an apple, or provide other interactive feedback related to the apple. FIG. 3 also shows an example of a sound-identifier indicium at 68 f, which shows a pictorial representation of a dog. In response to activation of a membrane switch aligned with the “dog” indicium 68 f (after selecting the chosen book indicium for “Book 1” and the chosen page indicium for “page 1”), the book chassis 20 may audibly reproduce the word “dog,” spell the word “dog,” produce the sound of a dog barking, tell a story involving about a dog, and/or provide other interactive feedback related to a dog.

As shown in FIG. 2A, the main body 26 of the book chassis contains an electronic package 44 operatively connected to the membrane switches 45. The electronic package 44 includes an integrated circuit, a processor 41, a speaker 40, and a battery or other power source. When a reader presses an indicium 57 vertically aligned with a membrane switch 45, the selected membrane switch is activated which is recognized and processed by the electronic package's processor 41, causing the book chassis 20 and/or the electronic package 44 to perform a predetermined function.

The membrane switches 45 may be categorized by general function into one or more switch groups which generally correspond to one or more identifier indicia 57 located on book 58. As shown in FIG. 2A, main body 26 includes first, second, third and fourth membrane switch groups 46, 48, 50 and 52 each containing a plurality of membrane switches having a common general function. Membrane switches 45 of the same group are generally grouped in a common area, although the switches may be positioned anywhere throughout the main body 26.

In the illustrated embodiment, the membrane switches 45 includes a group of book-identifier switches 46 a-46 c positioned to correspond to the top portion of the receiving area adjacent to the border region. Each of the book-identifier switches correspond to a respective area of the books. For example, switch 46 a corresponds to “Book 1,” switch 46 b corresponds to “Book 2” and switch 46 c corresponds to “Book 3.” Accordingly, the processor 41 of the electronic package 44 can identify which book is on the receiving area based upon which book-identifier switch 46 a-46 c is activated. After the book-identifier switch has been activated, it does not need to be activated again for subsequent other interactions with that while it is on the chassis' receiving area 34.

As shown in FIGS. 3 and 4A-4B, the membrane switches 45 includes a group of page-identifier switches 48 a-48 d positioned to correspond to the side portion of the receiving area adjacent to the border region. Each of the page-identifier switches correspond to a respective area of the book pages. For example, switch 48 a corresponds to a first page 58 a, (denoted by a “Go” prompt in a top-most location of the side portion), switch 48 b corresponds to a second page 58 b (denoted by a “Go” prompt in a top-center location of the side portion), switch 48 c corresponds to a third page 58 c (denoted by a “Go” prompt in a bottom-center location of the side portion), and switch 48 d corresponds to a fourth page 58 d (denoted by a “Go” prompt in a bottom-most location of the side portion). Accordingly, the processor 41 of the electronic package 44 can identify which page of the book is being viewed/interacted with by the reader based upon which page-identifier switch 48 a-48 d is activated. After the page-identifier switch has been activated, it does not need to activated again for subsequent other interactions with that page, until the reader turns the page or starts with a new book.

Likewise, the membrane switches 45 include a group of feature-identifier switches 50 a-50 i positioned to correspond to the center portion of the receiving area. Each of the feature-identifier switches correspond to a respective area of the book pages. For example, switch 50 a corresponds to the book feature represented in the top-left portion of the center region 55, switch 50 b corresponds to the book feature represented in the top-center portion of the center region 55, switch 50 c corresponds to the book feature represented in the top-right portion of the center region 55, etc. Accordingly, the processor 41 of the electronic package 44 can identify which feature has been selected by the reader based upon which feature-identifier switch 50 a-50 i is activated.

In some embodiments, the border region 36 of the book chassis main body 26 may contain an additional fourth group of membrane switches 52 a-52 g, as shown in FIG. 2A. In other embodiments, fourth membrane switches may be positioned anywhere on or within the main body 26. The fourth membrane switches 52 a-52 g may align with and thus correspond to function-identifier indicia 38 a-38 g, respectively, and may perform the general function of sending a function identifier to the processor. Functions performed by the book chassis 20 in response to activation of a fourth membrane switch 52 a-52 g includes but is not limited to, e.g., turning the book chassis 20 on/off, emitting a predetermined sound from the speaker 40, adjusting the volume of the emitted sound, providing the definition of a word to the reader, spelling a word for the reader, etc. Furthermore, function switches may be correlated to first, second and third group switches such that a function switch may be book, feature, or page specific depending upon which switches 45 have been activated.

In operation of the book system 10, a reader opens the book chassis 20 to expose the receiving area 34, selects one of a plurality of books 54 and places the book 56 on the receiving area 34 so that the periphery of the book 56 substantially corresponds to the periphery of the receiving area 34 within the border region 36. Accordingly, the receiving area 34 and the border region 36 help position and orient the book 56 so that the book's indicia 57 will be properly aligned with the correct membrane switches 45. If the book 56 has more than one page 58, the reader opens the front cover of the book 56 to expose the first page 58 a. In the illustrated embodiment, the book-identifier indicia 64 a is on the first page 58 a, along the horizontal top edge area, although the book-identifier indicia 58 can be on the book's cover or on a different page. To identify the book 56 to the book chassis 20, the reader presses a book-identifier indicium 64 which is aligned with a corresponding first membrane switch 46 a in the group of book-identifier switches 46. Sufficient pressure exerted on the membrane switch 46 a closes a circuit thereby activating the membrane switch 46 a and sending a book identifier signal to the processor corresponding to the identity of the chosen book 56. The processor stores this book identifier signal, and thus the book identity, until a different first book-identifier membrane switch 46 is activated. The processor 41 and/or electronic package 44 may be configured to prompt the reader to act. For example, the electronic package 44 may generate the audible prompt “Press GO” so as to prompt the reader to press the page-identifier indicium 66 on that displayed page.

Next the reader identifies the page 58 by pressing a page-identifier indicium 66 aligned with a second membrane switch 34. Activation of the second membrane switch 34 sends a page identifier signal to the processor corresponding to the identity of the page. Accordingly, the processor 41 and/or the electronics package 44 knows which page of the chosen book the reader is viewing. The processor stores 41 this page signal (in addition to the book signal) until a different second membrane switch 34 is activated. The reader then chooses a feature identified on the page by pressing a feature-identifier indicium 68 aligned with a third membrane switch 50. Activation of a third group membrane switch sends a signal corresponding to the feature-identifier indicium 68 to the processor 41. The processor 41 then processes the book-, page- and feature-identifiers to locate the desired interactive response in the processor memory. For example, the processor 41 may send a signal corresponding to a desired sound to the speaker 40, which then emits the desired sound associated with the chosen feature on the book's page.

FIGS. 4A-4B help illustrate one embodiment of the book system 10 in operation. As shown, a book 54 is positioned adjacent to the receiving area 34. To identify the book 54 to the book chassis 20, the reader opens the book to the first page 58 a and presses a book-identifier indicium 64 a aligned with a first membrane switch 46 a (FIG. 2A). Sufficient pressure exerted on membrane switch 46 a closes a circuit thereby activating membrane switch 46 a and sending a book identifier signal to the processor to store. Next the reader identifies a first page 58 a by pressing a page-identifier indicium 66 a aligned with a second membrane switch 48 a. Activation of the second membrane switch 48 a sends a page identifier signal to the processor for storage. Finally, a reader chooses a sound related to a feature-identifier indicium on the first page 58 a, for example a cat, by pressing sound-identifier indicium 68 h aligned with a third membrane switch 50 h. Activation of a third group membrane switch 50 h sends a feature identifier signal to the processor. The processor 41 then processes the book-, page- and feature-identifiers to locate the desired interactive response in the processor memory. For example, the processor 41 sends a signal corresponding to a desired sound to the speaker 40, which then emits the desired sound.

To select a sound or feature on a second page 58 b, a reader turns the page and presses a page-identifier indicium 66 b on the second page 58 b aligned with a second membrane switch 48 b. Activation of the second membrane switch 48 b sends a page identifier signal to the processor for storage. If a reader does not activate the second membrane switch 48 b corresponding to the second page 59, the book chassis will continue to apply the last sent page identifier signal (which in this case was a first page 58 a). Likewise, if a reader loads a new book onto the book chassis without identifying the book, the processor will apply the last sent book identifier signal. Finally, a reader may choose a sound related to a sound-identifier indicium on the second page 58 b, for example a cow, by pressing sound-identifier indicium 68 i aligned with a third membrane switch 50 i. Activation of a third group membrane switch 50 i sends a sound identifier signal to the processor. The processor then processes the book, page and sound identifiers to locate the desired sound in the processor memory.

From the foregoing, it will be appreciated that specific embodiments of the invention have been described herein for purposes of illustration, but that various modifications may be made without deviating from the invention. Additionally, aspects of the invention described in the context of particular embodiments or examples may be combined or eliminated in other embodiments. Although advantages associated with certain embodiments of the invention have been described in the context of those embodiments, other embodiments may also exhibit such advantages. Additionally, not all embodiments need necessarily exhibit such advantages to fall within the scope of the invention. Accordingly, the invention is not limited except as by the appended claims. 

1. A book system, comprising: a plurality of books having at least a first book having a book-identifier indicium and having at least a first page with a page-identifier indicium and at least a first feature-identifier indicium; and a book chassis having a receiving area removably supporting and positioning the first book thereon, the book chassis including: at least a first membrane switch positioned adjacent to the receiving area in alignment with the book-identifier indicium, wherein the first membrane switch being activatable to identify the first book when a user presses the book-identifier indicium; at least a second membrane switch positioned adjacent to the receiving area in alignment with the page-identifier indicium, wherein the second membrane switch being activatable to identify the first page of the first book when a user presses the page-identifier indicium after activating the first membrane switch; and at least a third membrane switch positioned in alignment with the first feature-identifier indicium, wherein the third membrane switch being activatable to identify a first feature-identifier indicium on the first page of the first book when a user presses the first feature-identifier indicium after activating the first and second membrane switches.
 2. The book system of claim 1 wherein the book chassis includes a fourth membrane switch positioned in alignment with a function-identifier indicium, wherein the fourth membrane switch being activatable to identify a function associated with the function-identifier indicium when a user presses a first function-identifier indicium.
 3. The book system of claim 1 wherein the book chassis includes a front cover moveable between an open and a closed position relative to the receiving area.
 4. The book system of claim 1 wherein the at least first book comprises a single sheet.
 5. The book system of claim 1 wherein the receiving area has a shape that corresponds to an outer peripheral shape of the book when the book is in a closed position.
 6. The book system of claim 1 wherein the book chassis has a first group of book-identifier switches including a first membrane switch, each switch corresponding to a respective one of the plurality of books.
 7. The book system of claim 1 wherein: each of the plurality of books has at least a first page and a second page; and the book chassis has a second group of page-identifier switches including a first page second membrane switch corresponding to a first page and a second page second membrane switch corresponding to a second page.
 8. The book system of claim 1 wherein the book chassis further includes a plurality of feature-identifier switches, each page with a plurality of feature-identifier indicium aligned with a respective feature-identifier indicium.
 9. The book system of claim 1 wherein the book chassis includes an electronic package.
 10. The book system of claim 1 wherein the book chassis is configured to provide an audible response when or of the membrane switches is activated.
 11. A book chassis, comprising: a receiving area configured to receive a plurality of books; an electronic package configured to generate a selected audible, visual, or tactile response associated with a selected portion of a selected page of a selected one of the plurality of books; a plurality of membrane switches in communication with the electronic package, including: at least a first membrane switch positioned adjacent to a first portion of the receiving area positioned to be in alignment with a book-identifier indicia on the selected one of the plurality of books to identify the presence of the first book on the receiving area; at least a second membrane switch positioned adjacent to a second portion of the receiving area positioned to be in alignment with a page-identifier indicia on the selected page to identify the selected page of the selected book; and at least a third membrane switch positioned adjacent to a third portion of the receiving area positioned to be in alignment with a sound indicia on the selected page, wherein the electronic package generates the selected sound upon activation of the third membrane switch after activation of the first and second membrane switches.
 12. The book chassis of claim 11, further including a fourth membrane switch positioned in alignment with a function-identifier indicium, wherein the fourth membrane switch being activatable to identify a first function indicium when a user presses a first function indicium.
 13. The book chassis of claim 11, further including a border region, wherein the function-identifier indicium is located at the border region.
 14. The book chassis of claim 11 wherein the electronic package further includes a processor.
 15. The book chassis of claim 11, further including a front cover.
 16. A book system, comprising: a plurality of books having at least a first book having at least a first page, wherein the first page includes at least a first sound indicia; and a book chassis including a main body and a front cover moveable relative to the main body between open and close positions, the main body comprising: a receiving area configured to receive a plurality of books; a speaker; an electronic package; at least a first membrane switch activatable to identify a first book; at least a second membrane switch activatable to identify a first page; at least a third membrane switch activatable to identify a first interactive response; and wherein activation of the first, second and/or third membrane switch connects the first, second and/or third membrane switch to the electronic package, causing the speaker to emit a predetermined sound.
 17. The book system of claim 16 wherein the book chassis further includes a fourth membrane switch positioned in alignment with a function-identifier indicium, wherein the fourth membrane switch being activatable to identify a function associated with the function-identifier indicium when a user presses a first function-identifier indicium.
 18. The book system of claim 16 wherein the receiving area has a shape that corresponds to an outer peripheral shape of the book when the book is in a closed position.
 19. The book system of claim 16 wherein the book chassis has a first group of book-identifier switches including a first membrane switch, each switch corresponding to a respective one of the plurality of books. 